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Complete genome sequence of Salmonella enterica strain K_SA184, multidrug resistance bacterium isolated from lamb (Ovis aries)

한국축산학회지 2021년 63권 1호 p.194 ~ 197
김혜리, 조재형, 조진호, 송민호, Shin Hak-Dong, 김신아, 김은솔, 김현범, 이주훈,
소속 상세정보
김혜리 ( Kim Hye-Ri ) - Dankook University Department of Animal Resources Science
조재형 ( Cho Jae-Hyoung ) - Dankook University Department of Animal Resources Science
조진호 ( Cho Jin-Ho ) - Chungbuk National University Division of Food and Animal Science
송민호 ( Song Min-Ho ) - Chungnam National University Division of Animal and Dairy Science
 ( Shin Hak-Dong ) - Sejong University Department of Food Science and Biotechnology
김신아 ( Kim Sheen-A ) - Dankook University Department of Animal Resources Science
김은솔 ( Kim Eun-Sol ) - Dankook University Department of Animal Resources Science
김현범 ( Kim Hyeun-Bum ) - Dankook University Department of Animal Resources Science
이주훈 ( Lee Ju-Hoon ) - Seoul National University Department of Agricultural Biotechnology

Abstract


Salmonella enterica is a representative foodborne pathogen in the world. The S. enterica strain K_SA184 was isolated from the lamb (Ovis aries), which was collected from a local traditional market in South Korea. In this study, the S. enterica strain K_SA184 was sequenced using PacBio RS II and Illumina NextSeq 500 platforms. The final complete genome of the S. enterica strain K_SA184 consist of one circular chromosome (4,725,087 bp) with 52.3% of guanine + cytosine (G + C) content, 4,363 of coding sequence (CDS), 85 of tRNA, and 22 of rRNA genes. The S. enterica strain K_SA184 genome includes encoding virulence genes, such as Type III secretion systems and multidrug resistance related genes.

키워드

Salmonella enterica K_SA184; Lamb (Ovis aries); Whole genome sequencing; Antimicrobial resistance; Type III secretion systems

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